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Light behavior and waves quiz

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MONTEFALCON LANCE CEDRICK

Philippines

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1	Zanjoe and Vash March 5, 2026	% 100	00:53
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9	Delda,Balubayan,Ducay, Constantino March 3, 2026	% 70	00:51
10	Timajo, Jaymie March 5, 2026	% 70	01:37

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REVIEW 41-50


REVIEW 41-50Online version Light behavior and waves quiz by MONTEFALCON LANCE CEDRICK 1 Why does the sky appear blue during a clear day? a C. Blue light is the only color that can pass through nitrogen. b D. Oxygen molecules absorb all colors except for blue. c A. Rayleigh scattering scatters short blue wavelengths more than red. d B. The ocean reflects its blue color into the atmosphere. 2 You are looking at a red shirt through a piece of red cellophane. Based on light transmission, what will you observe? a B. The shirt appears black because red is absorbed. b C. The cellophane turns green due to light interference. c D. No light can pass through the cellophane at all. d A. The red light from the shirt passes through the cellophane. 3 A driver sees a pool of water on a hot asphalt road that disappears as they get closer. This is caused by: a A. Light reflecting off the smooth surface of the road. b D. Light bending (refracting) as it passes through air layers of different temperatures. c C. Light being absorbed by the dark pavement. d B. Light diffracting around the heat waves. 4 Compare the formation of a primary rainbow versus a secondary rainbow. Which statement best explains why the secondary rainbow is fainter and has reversed colors? a B. It involves three internal reflections, losing energy each time. b A. It is caused by light passing through ice crystals instead of raindrops. c C. It occurs because light waves undergo destructive interference. d D. It involves two internal reflections inside the raindrop, reversing the exit angle of the colors. 5 A navy blue suit looks almost black under store LEDs but blue outside in the sun. What explains this color shift? a C. The suit's fibers are vibrating differently under different light frequencies. b B. The LED lights are refracting the light at a steeper angle than the sun. c A. The suit is changing its chemical composition in response to heat. d D. The suit can only reflect blue wavelengths if they are present in the light source's spectrum. 6 To illustrate that light behaves as a wave, which atmospheric phenomenon is the best model to replicate? a B. A standard primary rainbow. b D. The white color of a thick cloud. c A. A mirage on a hot day. d C. Supernumerary bows (faint bands inside a rainbow). 7 Where should you place Sundogs in relation to the Sun for accuracy in a diagram? a D. Scattered randomly throughout the lower horizon. b C. On either side of the Sun, caused by refraction through ice crystals. c A. Directly above the Sun in a vertical line. d B. Directly behind the viewer's head. 8 Which scientist is credited with experimentally confirming the existence of radio waves in 1887? a C. Heinrich Hertz b D. Galileo Galilei c A. James Clerk Maxwell d B. Isaac Newton 9 What best explains why a tiny spark appeared across the small gap in Hertz’s wire loop detector? a B. The spark was caused by heat energy from the main discharge. b A. The loop was directly wired to the transmitter. c D. Radio waves emitted by the transmitter induced oscillating charges that jumped the gap. d C. The loop absorbed visible light from the transmitter. 10 In a classroom setup mimicking Hertz’s experiment, which observation shows radio waves are present? a A. The transmitter becomes hot after several minutes. b C. The room lights flicker briefly. c B. The metal spheres produce a louder sound. d D. A small spark forms across the gap of a nearby receiving loop when the transmitter operates.

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REVIEW 41-50

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About this activity

Created by

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REVIEW 41-50Online version

by MONTEFALCON LANCE CEDRICK

Why does the sky appear blue during a clear day?

You are looking at a red shirt through a piece of red cellophane. Based on light transmission, what will you observe?

A driver sees a pool of water on a hot asphalt road that disappears as they get closer. This is caused by:

Compare the formation of a primary rainbow versus a secondary rainbow. Which statement best explains why the secondary rainbow is fainter and has reversed colors?

A navy blue suit looks almost black under store LEDs but blue outside in the sun. What explains this color shift?

To illustrate that light behaves as a wave, which atmospheric phenomenon is the best model to replicate?

Where should you place Sundogs in relation to the Sun for accuracy in a diagram?

Which scientist is credited with experimentally confirming the existence of radio waves in 1887?

What best explains why a tiny spark appeared across the small gap in Hertz’s wire loop detector?

In a classroom setup mimicking Hertz’s experiment, which observation shows radio waves are present?